JPH0895926A - Data storage device - Google Patents

Abstract

PURPOSE: To manage routine data such as schedule data while easily adding or deleting non-routine data and to handle them as data like a memo in a data storage device of an electronic notebook, etc. CONSTITUTION: Any desired schedule is displayed on a schedule display screen G1 of a liquid crystal display part 17 and in the state of displaying a memo input picture G2 by touching a 'mini memo' key 21e, already registered desired memo data are selectively called and displayed in a handwrite input area 22 by using a mini memo number return '↑' key 22e or a forward '↓' key 22f or new memo data are inputted and displayed by hand writing while using a pen key 22b or an eraser key 22c. When a 'stick to date' key 22h or a 'stick to data' key 22i is manipulated, the memo data are stuck onto the date of the display schedule or the schedule data corresponding to the register number of memo data.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data storage device, such as an electronic notebook, for storing and managing a personal schedule as data.

[0002]

2. Description of the Related Art For example, personal schedule data managed in an electronic notebook consists of fixed items such as date and time, the contents of the schedule, place, etc., and the data for each item consists of numbers and letters. The combination is input and stored.

When it is desired to add, for example, memo data to the storage and management of schedule data composed of a plurality of fixed items, memo data is added to the schedule content item in the conventional electronic notebook. Alternatively, a new item such as a memo field is provided, and if there is a memo, the memo field is independently input and stored as a series of schedule data.

[0004]

However, in the above-mentioned conventional electronic notebook, for example, when it is desired to add memo data of the same content to a plurality of schedule data, the schedule contents or memo fields in the respective schedule data are added. On the other hand, it is necessary to individually input and store the same memo data, and despite the nature of memo data, the data is handled in the same way as the data of other items On the other hand, there is a problem that the memo-like advantage of easy addition and deletion cannot be obtained.

In the above-mentioned conventional example, the handling of the memo data with respect to the schedule data has been described.
There are various types of fixed-form data to be memoized, such as telephone number data and address data managed by an electronic notebook, and in any case, there is a problem that memo-like advantages cannot be obtained by the same handling as described above.

The present invention has been made in view of the above problems,
An object of the present invention is to provide a data storage device capable of easily adding or deleting irregular data to regular data such as schedule data and managing the irregular data, and handling the data as memo data.

[0007]

That is, a first data storage device according to the present invention comprises a first memory for storing data consisting of predetermined items and a second memory for storing indefinite data. A memory, a data associating unit for freely associating the data stored in the first memory with the data stored in the second memory, and the data stored in the first memory are read out. At this time, the data display means for reading and displaying together the data stored in the second memory, which is related to the read data by the data associating means, is also provided.

A second data storage device according to the present invention includes a first memory for storing data consisting of predetermined items, a second memory for storing irregular data, and the first memory. Data association means for freely associating the data stored in the memory with the data stored in the second memory, and the read data when the data stored in the first memory is read out. With respect to the data stored in the second memory, which is related by the data associating means with respect to
Second memory data editing means for editing the data read from the second memory and displayed together with the data read from the second memory. Also,
A third data storage device according to the present invention is the first or second data storage device, wherein the irregular data is handwritten data.

[0009]

That is, in the first data storage device,
When the standard data stored in the memory of is read out,
Since the unfixed form data stored in the second memory that is related to the read fixed form data by the data associating unit is also read and displayed together, the fixed form data by the data associating unit is displayed. Depending on the relation with the irregular data, the irregular data can be freely added to the regular data and displayed.

Further, in the second data storage device, when the fixed form data stored in the first memory is read, the read fixed form data is associated with the second fixed form data by the data relating means. The irregular data stored in the memory is also read and displayed together, and
Since the irregular data displayed together with the fixed data can be edited by writing, erasing, etc. by the second memory data editing means, the irregular data may be changed depending on the relation between the fixed data and the irregular data by the data relating means. The fixed form data can be freely added to the fixed form data and displayed, and the fixed form data can be freely changed and managed.

In the third data storage device, since the irregular data in the first or second data storage device is handwritten data, the handwritten data is managed as memo data. become.

[0012]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a block diagram showing the configuration of an electronic circuit of a touch panel type electronic notebook equipped with the data input device of the present invention.

The electronic notebook has a control unit (CPU) 11. The control unit (CPU) 11 activates a system program stored in advance in the ROM 13 in accordance with an input operation signal from the touch panel 12 and executes operation control of each circuit unit. The control unit (CPU) 11
In addition to the touch panel 12 and the ROM 13, RA
The M14, the mini memo RAM 15, and the clock unit 16 are connected, and the liquid crystal display unit 17 is connected.

The touch panel 12 has a transparent touch area corresponding to the display area of the liquid crystal display section 17, and is arranged so as to overlap the display screen of the liquid crystal display section 17. The touch panel 12 is formed by a touch pen or the like. When any one of the above points is touch-operated, a voltage signal corresponding to the touch operation position is output to the control unit (CPU) 11.

As a result, in the control unit (CPU) 11,
The touch input coordinates for the liquid crystal display unit 17 are detected based on the voltage signal supplied from the touch panel 12, and the operation content is determined based on the display content at that time.

The ROM 13 stores in advance a system program for controlling the overall operation of the electronic notebook, a schedule data display processing program that is started when displaying the schedule data, and a memo for the displayed schedule data. A mini memo key processing program started when adding data, a first mini memo processing program for processing and adding previously registered memo data when adding memo data to the displayed schedule data, A memo mark touch processing program activated when displaying memo data accompanying the displayed schedule data, processing of the memo data displayed accompanying the schedule data, and erasing from the schedule data, or the memo data itself. Launched when deleting The second memorandum processing program, sub-program corresponding to various operation modes is stored in advance that.

Here, in the subprograms corresponding to the various operation modes, schedule data display screen (schedule display screen) data, memo data input screen (memo input screen) data, memo data display screen are displayed. (Memo display screen) Data is stored together with the screen display program.

The ROM 13 also includes a liquid crystal display unit 1
The font patterns of all characters, numbers, symbol characters, etc. to be displayed at 7 are also stored. In the RAM 14,
A work area is provided for temporarily storing data input / output according to various operation modes in the control unit (CPU) 11 as needed, and a schedule data area for storing and holding the input schedule data. , Phone number data area, address data area, etc.
A storage area for various notebook data is provided.

In this case, each schedule data stored in, for example, the schedule data area in the RAM 14 is composed of date data, time data, content data and place data.

The mini memo RAM 15 is provided with a mini memo data area for storing and holding memo data input or processed according to the mini memo key processing program or the first mini memo processing program.

FIG. 2 shows the RA of the touch panel type electronic notebook.
It is a figure which shows the structure of each of the schedule data area SA with which M14 is equipped, and the mini memo data area MA with which the mini memo RAM15 is equipped.

In the schedule data area SA,
The individual schedule data are arranged and stored in the order of date data and time data, and are grouped with the date data as a delimiter. There is provided a memo number area NA for storing a mini memo number for indicating a relation of which memo data is added in the mini memo data area MA.

The mini memo numbers in the mini memo data area MA are determined in the order of memo data registration. The timekeeping unit 16 sequentially updates and sets the date, time, and day of the week data based on the crystal oscillation signal of a predetermined cycle. Based on the timekeeping data in the timekeeping unit 16, the schedule data area SA in the RAM 14 is set. A search process, a notification process, and the like of the schedule data stored in are executed.

On the liquid crystal display unit 17, a schedule display screen, a memo input screen, a memo display screen, etc. are selectively displayed according to various operation modes. Next, the operation of the touch panel type electronic notebook having the above configuration will be described.

FIG. 3 is a flowchart showing a schedule data display process in the touch panel type electronic notebook. FIG. 4 is a view showing a display state of the schedule display screen G1 accompanying the schedule data display processing of the touch panel type electronic notebook.

That is, in order to allow the user to display and confirm the schedule data stored in the schedule data area SA (see FIG. 2) in the RAM 14, the schedule data display mode is displayed according to the mode selection screen displayed on the liquid crystal display unit 17. When is touch-selected, the schedule data display process in FIG. 3 is activated.

Then, for example, today's date data in the schedule data area SA (for example, "1994 December 12" according to the date data of the current day measured by the clock unit 16).
"9th of month") is retrieved and read by the control unit (CPU) 11 (step S1).

Here, whether the mini memo number is stored in the memo number area NA in the schedule data area SA corresponding to the retrieved date data, that is, whether the memo data is pasted for the date. If the mini memo number is stored corresponding to the retrieved date data, the liquid crystal display 1
The mini memo mark Mm1 is displayed on the date mini memo mark display portion 21a in the schedule display screen G1 displayed in FIG.
Is displayed (steps S2 → S3).

In the case of this embodiment, since the memo data is not attached to the date data of December 9, 1994, the mini memo mark Mm1 is not displayed. Subsequently, the retrieved date data “December 9, 1994”
The head schedule data (for example, time “10:00 to 12:00” / content “planning meeting” / location “meeting room A”) stored in the schedule data area SA corresponding to “day” is the control unit ( It is retrieved and read by the CPU 11 (step S4).

Here, whether the mini memo number is stored in the memo number area NA in the schedule data area SA corresponding to the retrieved schedule data, that is, whether the memo data is pasted to the schedule. When the mini memo number is stored in correspondence with the retrieved schedule data, the data mini memo mark display portion 21b in the schedule display screen G1 displayed on the liquid crystal display portion 17 is displayed on the data mini memo mark display portion 21b. , The mini memo mark Mm2 is displayed (step S
5 → S6).

In the case of this embodiment, no memo data is attached to the schedule data (time "10:00 to 12:00" / content "planning meeting" / place "meeting room A"). The mini memo mark Mm2 is not displayed.

Then, the steps S1 and S
4, date data “December 9, 1994” retrieved by the control unit (CPU) 11 and schedule data (time “10:00 to 12:00” / contents “planning meeting” / place “meeting room” A ”), as shown in FIG.
Schedule display screen G1 displayed on the liquid crystal display unit 17
Date display section 21c and schedule data display section 2 in
Each is displayed for 1d (step S7).

Here, at the right end of the key display area along the lower end of the liquid crystal display section 17, as shown in FIG. 4, when the memo data is added to the displayed schedule data, the operation is performed. The "mini memo" key 21e is displayed.

Next, the registration / pasting process of the mini memo will be described. FIG. 5 is a flowchart showing a mini memo key process in the touch panel type electronic notebook.

FIG. 6 is a flowchart showing the first mini memo processing in the touch panel type electronic notebook. Figure 7
Shows a display state of the liquid crystal display unit 17 associated with the mini memo key processing and the first mini memo processing of the touch panel type electronic notebook, and FIG. 7A is a diagram showing the input standby state of the memo input screen G2. (B) is a diagram showing a registered memo display state of the memo input screen G2.

FIG. 8 shows a display state of the liquid crystal display unit 17 associated with the mini memo key processing of the touch panel type electronic notebook. FIG. 8A shows a handwriting input state of the memo input screen G2. (B) is a diagram showing a data pasting state of memo data on the schedule display screen G1.

That is, for example, according to the schedule data display process in FIG. 3, as shown in FIG. 4, the date and schedule data “December 9, 1994” are displayed.
"Day" (time "10:00 to 12:00" / content "planning meeting" / place "meeting room A") is displayed on the schedule display screen G1 of the liquid crystal display unit 17 and is displayed. When the "mini-memo" key 21e is touch-operated to paste the memo data on the date or the schedule, as shown in FIG. 7A, the liquid crystal display unit 17 displays the memo input screen together with the schedule display screen G1. G2
Is displayed, and the handwriting input area 22a is left blank to enter the memo data input standby state (step A1).

In the upper part of the memo input screen G2, a pen key 22b for setting an input mode when a handwriting input is made in the handwriting input area 22a, an eraser key 22c for setting an erasing mode, and writing or writing in the handwriting input area 22a. A registration number area 22d that displays the mini memo number in the mini memo data area MA (see FIG. 2) that is the storage registration destination of the read and displayed memo data, and a mini memo data area MA of the memo data that is read and displayed in the handwriting input area 22a ( The number return key “↑” key 22e, which is operated when switching the registration destination in FIG. 2),
A number advance “↓” key 22f and a “close” key 22g operated when closing the display screen of the memo data are provided.

In the lower part of the memo input screen G2,
The "paste on date" key 22h operated when pasting the memo data written or read out and displayed in the handwriting input area 22a to the date data displayed on the schedule display screen G1; operated when pasted to the schedule data A "stick to data" key 22i is provided.

In the input standby state of the memo data in FIG. 7, for recalling the memo data already registered in the mini memo data area MA and pasting the displayed date or schedule data, for example, the number is returned. When the “↑” key 22e is operated once, as shown in FIG. 7B, the mini memo data area M
The mini memo number “5” corresponding to the memo data registered at the end of A (see FIG. 2) is displayed in the registration number area 22d, and the registered memo data “Call Yamamoto” is displayed in the handwriting input area 22a. It is displayed (steps A2 → A3).

When the number return "↑" key 22e or the number advance "↓" key 22f is operated by shifting to the first mini memo processing in FIG. 6, each key operation causes
The mini memo number displayed in the registration number area 22d is switched, and the memo data corresponding to the switched mini memo number is read from the mini memo data area MA and is switched and displayed in the handwriting input area 22a (step). B1 → B2).

This shows that when the mini memo key is operated to enter the mini memo mode, the mini memo data can be read and processed independently of the original schedule display.

In this way, the number return "↑" key 22e
Alternatively, in order to process the displayed memo data in a state where the desired memo data registered in the mini memo data area MA is called by operating the number advance “↓” 22f and displayed in the handwriting input area 22a, Touch the eraser key 22c to operate the handwriting input area 22a.
When the portion of the memo data displayed in is erased, the memo data portion corresponding to the touch operation position is erased (step B3 → B4).

When the pen key 22b is touch-operated and the handwriting operation is performed in the handwriting input area 22a, memo data is additionally written and displayed corresponding to the handwriting locus (steps B5 → B6).

Then, through the handwriting processing of the registered memo data in steps B1 to B5, as shown in FIG. 7 (B), for example, in the state where the desired memo data is created and displayed, "paste on date" is displayed. When the key 22h is pressed, the mini memo number "5" which is the registration destination of the memo data.
Corresponding to the date data "December 9, 1994" displayed on the schedule display screen G1 is set in the memo number area NA in the schedule data area SA, and the date pasting process of the display memo data is performed. (Step B7 → B8).

On the other hand, when the "paste to data" key 22i is pressed, the schedule data (time "10:00 to 12:00") in which the mini memo number "5", which is the registration destination of the memo data, is displayed on the schedule display screen G1. ] /
Corresponding to the contents "planning meeting" / location "meeting room A"), the data is set in the memo number area NA in the schedule data area SA, and the data pasting processing of the display memo data is performed (steps B9 → B10). .

When the "close" key 22g is operated while the memo data is pasted,
The memo input screen G2 is closed and the original display screen is restored. In this case, the memo data "Call Yamamoto" displayed in the handwriting input area 22a is updated and registered as the mini memo number "5" in the mini memo data area MA, and as shown in FIG. The mini memo mark Mm2 is displayed on the data mini memo mark display portion 21b of the display screen G1 and the schedule data memo exists (steps B11 → B12).

On the other hand, in step A1 in the mini memo key process in FIG. 5, in the memo data input waiting state shown in FIG. 7A, the memo input screen G2 is displayed as shown in FIG. 8A. Into the handwriting input area 22a, desired memo data "material preparation" can be handwritten input (steps A2 → A4).

When the "paste on date" key 22h is pressed, the memo data is the mini memo No. 6 and the mini memo R.
The memo number area in the schedule data area SA is stored in the AM and corresponds to the date data "December 9, 1994" displayed on the schedule display screen G1 with the registration destination mini memo number "6". It is set to NA (steps A5 → A6).

Further, as shown in FIG. 8A, when desired memo data "material preparation" is handwritten input to the handwriting input area 22a of the memo input screen G2 and the "paste to data" key 22i is pressed. , The schedule data in which the mini memo number "6", which is the registration destination of the memo data, is displayed on the schedule display screen G1 (time "10: 00-00").
12:00 "/ Contents" Planning meeting "/ Place" Meeting room A ")
Corresponding to, the memo number area NA in the schedule data area SA is set (steps A2 → A4, A).
5 → A7).

When the "close" key 22g is operated with the memo data pasted, the memo input screen G2 is closed and the original screen is restored. When it is pasted on the data, as shown in FIG. 8B, a mini memo mark Mm2 is displayed on the data mini memo mark display portion 21b of the schedule display screen G1 and a display state indicating that there is a memo of the schedule data is obtained (step A5 → A
8).

That is, with the desired schedule displayed on the schedule display screen G1, the mini memo key 2
By operating 1e, the desired memo data that has already been registered can be selectively called and displayed in the mini memo mode.
Alternatively, enter new memo data by handwriting on the memo input screen G2 to display it, and then press the "Paste on date" key 2
When 2h is operated, the memo data is pasted to the date data of the displayed schedule, and when the “paste to data” key 22i is operated, the memo data is pasted to the schedule data of the displayed schedule. Since it is pasted on, desired memo data can be easily created and can be pasted freely on any schedule.

Next, the processing of the already registered mini memo data will be described. FIG. 9 is a flowchart showing a memo mark touch process in the touch panel type electronic notebook.

FIG. 10 is a flowchart showing the second mini memo processing in the touch panel type electronic notebook. FIG. 11 is a view showing a display state of the schedule data pasted memo on the memo display screen G3 accompanying the memo mark touch processing and the second mini memo processing of the touch panel type electronic notebook.

According to the mini memo key process in FIG. 5 and the first mini memo process in FIG. 6, the schedule display (according to the flow chart in FIG. 3) is performed with the mini memo data attached to the schedule data from 10:00 on December 9th. Then, as shown in FIG. 8B, a mini memo mark Mm2 is displayed on the data mini memo mark display portion 21b on the schedule display screen G1.
When the mini memo mark Mm2 is touched to see the memo data attached to the schedule data,
The mini memo number (“6” in this case) set in the memo number area NA of the schedule data area SA is searched corresponding to the schedule data, and the memo data corresponding to the mini memo number “6” (in this case, “Material” "Preparation") is read from the mini memo data area MA, as shown in FIG.
As shown in FIG. 1, it is displayed in the handwriting input area 22a of the memo display screen G3 (step C1 → C2).

On the other hand, the mini memo mark Mm1 is displayed on the date mini memo mark display portion 21b on the schedule display screen G1.
When is displayed, when the mini memo mark Mm1 is touch-operated to see the memo data attached to the corresponding date data, it is set in the memo number area NA of the schedule data area SA corresponding to the date data. The mini memo number is searched, the memo data corresponding to the mini memo number is read from the mini memo data area MA, and displayed in the handwriting input area 22a of the memo display screen G3 (steps C1 → C3).

As a result, the schedule display screen G
When confirming the display of the schedule in 1, when the mini memo mark Mm1 or Mm2 is displayed on the date mini memo mark display portion 21a or the data mini memo mark display portion 21b, the mini memo mark Mm1 or Mm2 is touch-operated. Thus, the memo data attached to the date data or the schedule data can be easily displayed and confirmed.

Then, through the processing of steps C1 → C2 associated with the memo mark touch processing, as shown in FIG. 11, when the memo data attached to the schedule data is displayed, the second data in FIG. Move to mini memo processing. Here, the pen key 22b and the eraser key 22
When the handwriting operation is performed on the handwriting input area 22a by touching c, the memo data displayed in the handwriting input area 22a according to the handwriting operation is the same as the processing of steps B3 to B6 in the first mini memo processing. Are added, erased and processed as needed (step D1).

When the "close" key 22g is operated,
The memo display screen G3 is closed and the screen returns to the original screen, similar to the process of steps B11 to B12 in the first mini memo process. In this case, the memo data processed in the handwriting input area 22a is renewed and registered as the mini memo number "6" in the mini memo data area MA (step D1).

On the other hand, as shown in FIG. 11, in the state where the memo data pasted on the schedule data is displayed, if it is desired to cancel the pasting of the memo data "preparation of material", the memo display screen G3 is displayed at the bottom. When the "peeling" key 23a provided along with is operated, the mini memo number "6" set in the memo number area NA of the schedule data area SA is reset corresponding to the display schedule data, and the data mini memo mark is displayed. The mini memo mark Mm2 displayed on the display portion 21b is erased. In this case, the memo data "material preparation" is released from the relationship with the schedule data, and is kept in stock in correspondence with the mini memo number "6" in the mini memo data area MA (steps D2 → D3).

Further, as shown in FIG. 11, when the user wants to delete the displayed memo data “material preparation” itself while the memo data pasted on the schedule data is displayed, the memo display screen G3 is displayed. When the "delete" key 23b provided along the lower row is operated, the schedule data area SA corresponding to the display schedule data is displayed.
The mini memo number “6” set in the memo number area NA of is reset and the data mini memo mark display portion 2
The mini memo mark Mm2 displayed in 1b is erased, and the memo data “material preparation” is deleted from the mini memo data area MA (steps D4 → D5).

Thus, the date data on the schedule display screen G1 or the memo data attached to the schedule data can be easily called and displayed on the memo display screen G3, and the memo data can be appropriately processed and re-registered. It is possible to easily perform operations such as deleting, pasting date or schedule data, and deleting registration of memo data itself.

Therefore, according to the touch panel type electronic notebook having the above structure, the desired schedule is displayed on the schedule display screen G1 of the liquid crystal display unit 17, and the "mini memo" is displayed.
Touch the key 21e to enter the mini memo mode to display the memo input screen G2, and return the desired memo data already registered in the handwriting input area 22a to the mini memo number "↑" key 22e or advance. The "↓" key 22f is operated to selectively call up and display, or the pen key 22b or the eraser key 22c is operated to input and display new memo data by handwriting, and the "Attach to date" key 22h or " When the "paste to data" key 22i is operated, the memo data is pasted in association with the date or schedule data of the displayed schedule by the registration number of the memo data.
Desired memo data can be easily created and can be freely attached to any schedule.

Further, if the mini memo mark Mm1 or Mm2 is displayed on the date mini memo mark display portion 21a or the data mini memo mark display portion 21b in accordance with the correspondence of the memo data registration number to the date or schedule data, By touching the mini memo mark Mm1 or Mm2, the memo data attached to the date data or the schedule data can be easily called and confirmed in the handwriting input area 22a of the memo display screen G3, and the memo data can be confirmed by the pen key 22.
b, eraser key 22c, "close" key 22g to process appropriately to re-register, operate "peeling" key 23a to cancel pasting on date or schedule data, or press "delete" key 23b. It becomes possible to very easily perform the operation of deleting the registration of the memo data itself.

[0065]

As described above, according to the first data storage device of the present invention, when the fixed form data stored in the first memory is read, the read fixed form data is associated with the data. Since the irregular data stored in the second memory associated by the means is also read and displayed together, depending on the relation between the fixed data and the irregular data by the data relating means, The irregular data can be freely added to the fixed data and displayed.

Further, according to the second data storage device of the present invention, when the fixed form data stored in the first memory is read, the read fixed form data is related by the data relating means. Also, the irregular data stored in the second memory is read together and displayed together, and the irregular data displayed together with the regular data can be edited such as written and erased by the second memory data editing means. Since it is possible, depending on the relation between the fixed form data and the fixed form data by the data connecting means, the fixed form data can be freely added to the fixed form data and displayed, and
The irregular data can be changed and managed freely.

Further, according to the third data storage device of the present invention, in the first or second data storage device, since the irregular data is handwritten data, the handwritten data is used as memo data. You will be able to manage.

Therefore, according to the present invention, it is possible to easily add or delete irregular data to regular data such as schedule data and manage it, and handle it as memo data.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of an electronic circuit of a touch panel type electronic notebook equipped with a data input device according to an embodiment of the present invention.

FIG. 2 is a schedule data area SA and a mini memo RAM provided in the RAM of the touch panel type electronic notebook.
The figure which shows the structure of each mini memo data area MA with which is equipped.

FIG. 3 is a flowchart showing a schedule data display process in the touch panel type electronic notebook.

FIG. 4 is a view showing a display state of a schedule display screen G1 accompanying the schedule data display processing of the touch panel type electronic notebook.

FIG. 5 is a flowchart showing a mini memo key process in the touch panel type electronic notebook.

FIG. 6 is a flowchart showing a first mini memo process in the touch panel type electronic notebook.

FIG. 7 is a view showing a display state of a liquid crystal display unit associated with the mini memo key processing and the first mini memo processing of the touch panel type electronic notebook, and FIG. 7A is a view showing an input standby state of a memo input screen G2; FIG. 6B is a diagram showing the registration memo display state of the memo input screen G2.

FIG. 8 is a diagram showing a display state of a liquid crystal display unit accompanying the mini memo key processing of the touch panel type electronic notebook, and FIG. 8A is a diagram showing a handwriting input state of a memo input screen G2;
FIG. 6B is a diagram showing a data pasting state of memo data on the schedule display screen G1.

FIG. 9 is a flowchart showing a memo mark touch process in the touch panel type electronic notebook.

FIG. 10 is a flowchart showing a second mini memo process in the touch panel type electronic notebook.

FIG. 11 is a memo display screen G accompanying the memo mark touch processing and the second mini memo processing of the touch panel type electronic notebook.
The figure which shows the display state of the schedule data pasting memo of 3.

[Explanation of symbols]

11 ... Control unit (CPU), 12 ... Touch panel, 13 ...
ROM, 14 ... RAM, 15 ... Mini memo RAM, 16 ...
Timekeeping unit, 17 ... Liquid crystal display unit, 21a ... Date mini memo mark display unit, 21b ... Data mini memo mark display unit, 21
c ... Date display portion, 21d ... Schedule data display portion,
21e ... "Mini memo" key, 22a ... Handwriting input area, 22b ... Pen key, 22c ... Eraser key, 22d
... Registration number area, 22e ... Number return "↑" key, 22
f ... Number advance "↓" key, 22g ... "Close" key, 22h
... "Paste on date" key, 22i ... "Paste on data" key, 23a ... "Peel off" key, 23b ... "Delete" key, S
A ... Schedule data area, MA ... Mini memo data area, NA ... Memo number area, G1 ... Schedule display screen, G2 ... Memo input screen, G3 ... Memo display screen, M
m ... Mini memo mark.

Claims (3)

[Claims] 1. A first memory for storing data consisting of predetermined items, a second memory for storing irregular data, data stored in the first memory, and the second memory. Data relating means for freely relating the data stored in the memory, and when the data stored in the first memory is read, the data relating means relates the read data. A data storage device comprising: a data display unit for reading and displaying the data stored in the second memory. 2. A first memory for storing data consisting of predetermined items, a second memory for storing irregular data, data stored in the first memory and the second memory. Data relating means for freely relating the data stored in the memory, and when the data stored in the first memory is read, the data relating means relates the read data. Data display means for reading and displaying the data stored in the second memory as well, and data read from the second memory and displayed by the data display means together with the data read from the first memory Second memory data editing means for editing the created data,
A data storage device comprising: 3. The data storage device according to claim 1, wherein the irregular data is handwritten data.